549 lines
25 KiB
Erlang
549 lines
25 KiB
Erlang
%%% @doc utility functions to do the basic discovery of apps
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%%% and layout for the project.
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-module(rebar_app_discover).
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-export([do/2,
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format_error/1,
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find_unbuilt_apps/2,
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find_apps/2,
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find_apps/3,
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find_apps/4,
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find_app/3,
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find_app/4]).
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-include("rebar.hrl").
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-include_lib("providers/include/providers.hrl").
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-type app_resource_type() :: app | app_src | script | mix_exs.
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%% @doc from the base directory, find all the applications
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%% at the top level and their dependencies based on the configuration
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%% and profile information.
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-spec do(rebar_state:t(), [file:filename()]) -> rebar_state:t().
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do(State, LibDirs) ->
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BaseDir = rebar_state:dir(State),
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Dirs = [filename:join(BaseDir, LibDir) || LibDir <- LibDirs],
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RebarOpts = rebar_state:opts(State),
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SrcDirs = rebar_dir:src_dirs(RebarOpts, ["src"]),
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Apps = find_apps(Dirs, SrcDirs, all, State),
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ProjectDeps = rebar_state:deps_names(State),
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DepsDir = rebar_dir:deps_dir(State),
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CurrentProfiles = rebar_state:current_profiles(State),
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%% There may be a top level src which is an app and there may not
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%% Find it here if there is, otherwise define the deps parent as root
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TopLevelApp = define_root_app(Apps, State),
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?DEBUG("Found top-level apps: [~ts]~n\tusing config: ~p",
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[case lists:flatten([[",",rebar_app_info:name(App)] || App <- Apps]) of
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[] -> "";
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Str -> tl(Str)
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end,
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[{src_dirs, SrcDirs}, {lib_dirs, LibDirs}]]),
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%% Handle top level deps
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State1 = lists:foldl(fun(Profile, StateAcc) ->
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ProfileDeps = rebar_state:get(StateAcc, {deps, Profile}, []),
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ProfileDeps2 = rebar_utils:tup_dedup(ProfileDeps),
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StateAcc1 = rebar_state:set(StateAcc, {deps, Profile}, ProfileDeps2),
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ParsedDeps = parse_profile_deps(Profile
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,TopLevelApp
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,ProfileDeps2
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,rebar_state:opts(StateAcc1)
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,StateAcc1),
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rebar_state:set(StateAcc1, {parsed_deps, Profile}, ParsedDeps)
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end, State, lists:reverse(CurrentProfiles)),
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%% Handle sub project apps deps
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%% Sort apps so we get the same merged deps config every time
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SortedApps = rebar_utils:sort_deps(Apps),
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lists:foldl(fun(AppInfo, StateAcc) ->
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Name = rebar_app_info:name(AppInfo),
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case enable(State, AppInfo) of
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true ->
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{AppInfo1, StateAcc1} = merge_opts(TopLevelApp, AppInfo, StateAcc),
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OutDir = filename:join(DepsDir, Name),
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AppInfo2 = rebar_app_info:out_dir(AppInfo1, OutDir),
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ProjectDeps1 = lists:delete(Name, ProjectDeps),
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rebar_state:project_apps(StateAcc1
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,rebar_app_info:deps(AppInfo2, ProjectDeps1));
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false ->
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?INFO("Ignoring ~ts", [Name]),
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StateAcc
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end
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end, State1, SortedApps).
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%% @doc checks whether there is an app at the top level (and returns its
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%% name) or the 'root' atom in case we're in an umbrella project.
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-spec define_root_app([rebar_app_info:t()], rebar_state:t()) ->
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root | binary().
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define_root_app(Apps, State) ->
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RootDir = rebar_dir:root_dir(State),
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case ec_lists:find(fun(X) ->
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ec_file:real_dir_path(rebar_app_info:dir(X)) =:=
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ec_file:real_dir_path(RootDir)
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end, Apps) of
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{ok, App} ->
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rebar_app_info:name(App);
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error ->
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root
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end.
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%% @doc formatting errors from the module.
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-spec format_error(term()) -> iodata().
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format_error({module_list, File}) ->
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io_lib:format("Error reading module list from ~p~n", [File]);
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format_error({missing_module, Module}) ->
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io_lib:format("Module defined in app file missing: ~p~n", [Module]);
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format_error({cannot_read_app_file, AppFile}) ->
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io_lib:format("Cannot read app file: ~p~n", [AppFile]);
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format_error({bad_term_file, _File, _Reason} = Error) ->
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rebar_file_utils:format_error(Error).
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%% @doc merges configuration of a project app and the top level state
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%% some configuration like erl_opts must be merged into a subapp's opts
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%% while plugins and hooks need to be kept defined to only either the
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%% top level state or an individual application.
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-spec merge_opts(root | binary(), rebar_app_info:t(), rebar_state:t()) ->
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{rebar_app_info:t(), rebar_state:t()}.
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merge_opts(TopLevelApp, AppInfo, State) ->
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%% These steps make sure that hooks and artifacts are run in the context of
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%% the application they are defined at. If an umbrella structure is used and
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%% they are defined at the top level they will instead run in the context of
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%% the State and at the top level, not as part of an application.
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CurrentProfiles = rebar_state:current_profiles(State),
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{AppInfo1, State1} = maybe_reset_hooks_plugins(AppInfo, State),
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Name = rebar_app_info:name(AppInfo1),
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%% We reset the opts here to default so no profiles are applied multiple times
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AppInfo2 = case TopLevelApp of
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Name -> % don't apply to the root app
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AppInfo;
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_ -> % apply overrides when in an umbrella project or on deps
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rebar_app_info:apply_overrides(rebar_state:get(State1, overrides, []), AppInfo1)
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end,
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AppInfo3 = rebar_app_info:apply_profiles(AppInfo2, CurrentProfiles),
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%% Will throw an exception if checks fail
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rebar_app_info:verify_otp_vsn(AppInfo3),
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State2 = lists:foldl(fun(Profile, StateAcc) ->
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handle_profile(Profile, Name, AppInfo3, StateAcc)
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end, State1, lists:reverse(CurrentProfiles)),
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{AppInfo3, State2}.
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%% @doc Applies a given profile for an app, ensuring the deps
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%% match the context it will require.
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-spec handle_profile(atom(), binary(), rebar_app_info:t(), rebar_state:t()) ->
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rebar_state:t().
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handle_profile(Profile, Name, AppInfo, State) ->
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TopParsedDeps = rebar_state:get(State, {parsed_deps, Profile}, {[], []}),
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TopLevelProfileDeps = rebar_state:get(State, {deps, Profile}, []),
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AppProfileDeps = rebar_app_info:get(AppInfo, {deps, Profile}, []),
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AppProfileDeps2 = rebar_utils:tup_dedup(AppProfileDeps),
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ProfileDeps2 = rebar_utils:tup_dedup(rebar_utils:tup_umerge(TopLevelProfileDeps
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,AppProfileDeps2)),
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State1 = rebar_state:set(State, {deps, Profile}, ProfileDeps2),
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%% Only deps not also specified in the top level config need
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%% to be included in the parsed deps
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NewDeps = ProfileDeps2 -- TopLevelProfileDeps,
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ParsedDeps = parse_profile_deps(Profile, Name, NewDeps, rebar_app_info:opts(AppInfo), State1),
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State2 = rebar_state:set(State1, {deps, Profile}, ProfileDeps2),
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rebar_state:set(State2, {parsed_deps, Profile}, TopParsedDeps++ParsedDeps).
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%% @doc parses all the known dependencies for a given profile
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-spec parse_profile_deps(Profile, Name, Deps, Opts, rebar_state:t()) -> [rebar_app_info:t()] when
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Profile :: atom(),
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Name :: binary(),
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Deps :: [term()], % TODO: refine types
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Opts :: term(). % TODO: refine types
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parse_profile_deps(Profile, Name, Deps, Opts, State) ->
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DepsDir = rebar_prv_install_deps:profile_dep_dir(State, Profile),
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Locks = rebar_state:get(State, {locks, Profile}, []),
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rebar_app_utils:parse_deps(Name
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,DepsDir
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,Deps
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,rebar_state:opts(State, Opts)
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,Locks
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,1).
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%% reset the State hooks if there is a top level application
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-spec maybe_reset_hooks_plugins(AppInfo, State) -> {AppInfo, State} when
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AppInfo :: rebar_app_info:t(),
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State :: rebar_state:t().
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maybe_reset_hooks_plugins(AppInfo, State) ->
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Dir = rebar_app_info:dir(AppInfo),
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CurrentProfiles = rebar_state:current_profiles(State),
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case ec_file:real_dir_path(rebar_dir:root_dir(State)) of
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Dir ->
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Opts = reset_hooks(rebar_state:opts(State), CurrentProfiles),
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State1 = rebar_state:opts(State, Opts),
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%% set plugins to empty since this is an app at the top level
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%% and top level plugins are installed in run_aux
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AppInfo1 = rebar_app_info:set(rebar_app_info:set(AppInfo, {plugins,default}, []), plugins, []),
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{AppInfo1, State1};
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_ ->
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%% if not in the top root directory then we need to merge in the
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%% default state opts to this subapp's opts
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Default = reset_hooks(rebar_state:default(State), CurrentProfiles),
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AppInfo1 = rebar_app_info:update_opts(AppInfo, Default),
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{AppInfo1, State}
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end.
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%% @doc make the hooks empty for a given set of options
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-spec reset_hooks(Opts, Profiles) ->
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Opts when
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Opts :: rebar_dict(),
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Profiles :: [atom()].
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reset_hooks(Opts, CurrentProfiles) ->
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AllHooks = [post_hooks, pre_hooks, provider_hooks, artifacts],
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Opts1 = lists:foldl(fun(Key, OptsAcc) ->
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rebar_opts:set(OptsAcc, Key, [])
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end, Opts, AllHooks),
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Profiles = rebar_opts:get(Opts1, profiles, []),
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Profiles1 = lists:map(fun({P, ProfileOpts}) ->
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case lists:member(P, CurrentProfiles) of
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true ->
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{P, [X || X={Key, _} <- ProfileOpts,
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not lists:member(Key, AllHooks)]};
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false ->
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{P, ProfileOpts}
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end
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end, Profiles),
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rebar_opts:set(Opts1, profiles, Profiles1).
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%% @private find the directories for all apps, while detecting their source dirs
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%% Returns the app dir with the respective src_dirs for them, in that order,
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%% for every app found.
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-spec all_app_dirs([file:name()], rebar_state:t()) -> [{file:name(), [file:name()]}].
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all_app_dirs(LibDirs, State) ->
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lists:flatmap(fun(LibDir) ->
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case filelib:is_dir(LibDir) of
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true ->
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{_, SrcDirs} = find_config_src(LibDir, ["src"]),
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app_dirs(LibDir, SrcDirs, State);
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false ->
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[]
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end
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end, LibDirs).
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%% @private find the directories for all apps based on their source dirs
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%% Returns the app dir with the respective src_dirs for them, in that order,
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%% for every app found.
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-spec all_app_dirs([file:name()], [file:name()], rebar_state:t()) -> [{file:name(), [file:name()]}].
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all_app_dirs(LibDirs, SrcDirs, State) ->
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lists:flatmap(fun(LibDir) -> app_dirs(LibDir, SrcDirs, State) end, LibDirs).
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%% @private find the directories based on the library directories.
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%% Returns the app dir with the respective src_dirs for them, in that order,
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%% for every app found.
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%%
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%% The function returns the src directories since they might have been
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%% detected in a top-level loop and we want to skip further detection
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%% starting now.
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-spec app_dirs([file:name()], [file:name()], rebar_state:t()) -> [{file:name(), [file:name()]}].
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app_dirs(LibDir, SrcDirs, State) ->
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Extensions = rebar_state:get(State, application_resource_extensions, ?DEFAULT_APP_RESOURCE_EXT),
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Paths = lists:append([
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[filename:join([LibDir, SrcDir, "*" ++ Ext]) || Ext <- Extensions ]
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|| SrcDir <- SrcDirs
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]),
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EbinPath = filename:join([LibDir, "ebin", "*.app"]),
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MixExsPath = filename:join([LibDir, "mix.exs"]),
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lists:usort(lists:foldl(fun(Path, Acc) ->
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Files = filelib:wildcard(rebar_utils:to_list(Path)),
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[{app_dir(File), SrcDirs}
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|| File <- Files] ++ Acc
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end, [], [EbinPath, MixExsPath | Paths])).
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%% @doc find all apps that haven't been built in a list of directories
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-spec find_unbuilt_apps([file:filename_all()], rebar_state:t()) -> [rebar_app_info:t()].
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find_unbuilt_apps(LibDirs, State) ->
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find_apps(LibDirs, invalid, State).
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%% @doc for each directory passed, find all apps that are valid.
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%% Returns all the related app info records.
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-spec find_apps([file:filename_all()], rebar_state:t()) -> [rebar_app_info:t()].
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find_apps(LibDirs, State) ->
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find_apps(LibDirs, valid, State).
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%% @doc for each directory passed, find all apps according
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%% to the validity rule passed in. Returns all the related
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%% app info records.
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-spec find_apps([file:filename_all()], valid | invalid | all, rebar_state:t()) -> [rebar_app_info:t()].
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find_apps(LibDirs, Validate, State) ->
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rebar_utils:filtermap(
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fun({AppDir, AppSrcDirs}) ->
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find_app(rebar_app_info:new(), AppDir, AppSrcDirs, Validate, State)
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end,
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all_app_dirs(LibDirs, State)
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).
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%% @doc for each directory passed, with the configured source directories,
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%% find all apps according to the validity rule passed in.
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%% Returns all the related app info records.
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-spec find_apps([file:filename_all()], [file:filename_all()], valid | invalid | all, rebar_state:t()) -> [rebar_app_info:t()].
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find_apps(LibDirs, SrcDirs, Validate, State) ->
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rebar_utils:filtermap(
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fun({AppDir, AppSrcDirs}) ->
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find_app(rebar_app_info:new(), AppDir, AppSrcDirs, Validate, State)
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end,
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all_app_dirs(LibDirs, SrcDirs, State)
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).
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%% @doc check that a given app in a directory is there, and whether it's
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%% valid or not based on the second argument. Returns the related
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%% app info record.
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-spec find_app(file:filename_all(), valid | invalid | all, rebar_state:t()) -> {true, rebar_app_info:t()} | false.
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find_app(AppDir, Validate, State) ->
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{Config, SrcDirs} = find_config_src(AppDir, ["src"]),
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AppInfo = rebar_app_info:update_opts(rebar_app_info:dir(rebar_app_info:new(), AppDir),
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dict:new(), Config),
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find_app_(AppInfo, AppDir, SrcDirs, Validate, State).
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%% @doc check that a given app in a directory is there, and whether it's
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%% valid or not based on the second argument. Returns the related
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%% app info record.
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-spec find_app(rebar_app_info:t(), file:filename_all(), valid | invalid | all, rebar_state:t()) ->
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{true, rebar_app_info:t()} | false.
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find_app(AppInfo, AppDir, Validate, State) ->
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%% if no src dir is passed, figure it out from the app info, with a default
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%% of src/
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AppOpts = rebar_app_info:opts(AppInfo),
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SrcDirs = rebar_dir:src_dirs(AppOpts, ["src"]),
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find_app_(AppInfo, AppDir, SrcDirs, Validate, State).
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%% @doc check that a given app in a directory is there, and whether it's
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%% valid or not based on the second argument. The third argument includes
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%% the directories where source files can be located. Returns the related
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%% app info record.
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-spec find_app(rebar_app_info:t(), file:filename_all(),
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[file:filename_all()], valid | invalid | all, rebar_state:t()) ->
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{true, rebar_app_info:t()} | false.
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find_app(AppInfo, AppDir, SrcDirs, Validate, State) ->
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AppInfo1 = case ec_file:real_dir_path(rebar_dir:root_dir(State)) of
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AppDir ->
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Opts = rebar_state:opts(State),
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rebar_app_info:default(rebar_app_info:opts(AppInfo, Opts), Opts);
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_ ->
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Config = rebar_config:consult(AppDir),
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rebar_app_info:update_opts(AppInfo, rebar_app_info:opts(AppInfo), Config)
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end,
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find_app_(AppInfo1, AppDir, SrcDirs, Validate, State).
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-spec find_app_(rebar_app_info:t(), file:filename_all(),
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[file:filename_all()], valid | invalid | all, rebar_state:t()) ->
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{true, rebar_app_info:t()} | false.
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find_app_(AppInfo, AppDir, SrcDirs, Validate, State) ->
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Extensions = rebar_state:get(State, application_resource_extensions, ?DEFAULT_APP_RESOURCE_EXT),
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NormSrcDirs = [case SrcDir of
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{ActualSrcDir, _Opts} -> ActualSrcDir;
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_ -> SrcDir
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end || SrcDir <- SrcDirs],
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ResourceFiles = [
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{app, filelib:wildcard(filename:join([AppDir, "ebin", "*.app"]))},
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{mix_exs, filelib:wildcard(filename:join([AppDir, "mix.exs"]))}
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| [{extension_type(Ext),
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lists:append([filelib:wildcard(filename:join([AppDir, SrcDir, "*" ++ Ext]))
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|| SrcDir <- NormSrcDirs])}
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|| Ext <- Extensions]
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],
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FlattenedResourceFiles = flatten_resource_files(ResourceFiles),
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try_handle_resource_files(AppInfo, AppDir, FlattenedResourceFiles, Validate).
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-spec extension_type(string()) -> app_resource_type().
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extension_type(Extension) ->
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Mapping = [
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{".app", app},
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{".src", app_src},
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{".script", script},
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{".exs", mix_exs}
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],
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extension_type(Mapping, Extension).
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-spec extension_type([{string(), Type}], string()) -> Type
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when Type :: app_resource_type().
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extension_type([], _) ->
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%% default to app_src
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app_src;
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extension_type([{Pattern, Type} | Rest], Extension) ->
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case lists:suffix(Pattern, Extension) of
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true ->
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Type;
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false ->
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extension_type(Rest, Extension)
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end.
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-spec flatten_resource_files(ResourceFiles) -> FlattenedResourceFiles
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when ResourceFiles :: [{app_resource_type(), [file:filename()]}],
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FlattenedResourceFiles :: [{app_resource_type(), file:filename()}].
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flatten_resource_files(ResourceFiles) ->
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{Flattened, _} =
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lists:foldl(
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fun flatten_resource_impl/2,
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{[], []},
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ResourceFiles),
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lists:reverse(Flattened).
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flatten_resource_impl({Type, Files}, Acc = {ResAcc, Used}) ->
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NewFiles = [F || F <- Files, not lists:member(F, Used)],
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case NewFiles of
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[] -> Acc;
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[File] -> {[{Type, File} | ResAcc], [File | Used]};
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Others -> throw({error, {multiple_app_files, Others}})
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end.
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%% @doc find the directory that an appfile has
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-spec app_dir(file:filename()) -> file:filename().
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app_dir(AppFile) ->
|
|
filename:join(rebar_utils:droplast(filename:split(filename:dirname(AppFile)))).
|
|
|
|
%% @doc populates an app info record based on an app directory and its
|
|
%% app file.
|
|
-spec create_app_info(rebar_app_info:t(), file:name(), file:name()) -> rebar_app_info:t().
|
|
create_app_info(AppInfo, AppDir, AppFile) ->
|
|
try rebar_config:consult_app_file(AppFile) of
|
|
[{application, AppName, AppDetails}] ->
|
|
AppVsn = proplists:get_value(vsn, AppDetails),
|
|
Applications = proplists:get_value(applications, AppDetails, []),
|
|
IncludedApplications = proplists:get_value(included_applications, AppDetails, []),
|
|
OptionalApplications = proplists:get_value(optional_applications, AppDetails, []),
|
|
AppInfo1 = rebar_app_info:name(
|
|
rebar_app_info:vsn(
|
|
rebar_app_info:original_vsn(
|
|
rebar_app_info:dir(AppInfo, AppDir), AppVsn), AppVsn), AppName),
|
|
AppInfo2 = rebar_app_info:applications(
|
|
rebar_app_info:app_details(AppInfo1, AppDetails), Applications),
|
|
AppInfo3 = rebar_app_info:included_applications(AppInfo2, IncludedApplications),
|
|
AppInfo4 = rebar_app_info:optional_applications(AppInfo3, OptionalApplications),
|
|
Valid = case rebar_app_utils:validate_application_info(AppInfo4) =:= true
|
|
andalso rebar_app_info:has_all_artifacts(AppInfo4) =:= true of
|
|
true ->
|
|
true;
|
|
_ ->
|
|
false
|
|
end,
|
|
rebar_app_info:dir(rebar_app_info:valid(AppInfo4, Valid), AppDir);
|
|
_Invalid ->
|
|
throw({error, {?MODULE, {cannot_read_app_file, AppFile}}})
|
|
catch
|
|
throw:{error, {rebar_file_utils, Err = {bad_term_file, _File, _Reason}}} ->
|
|
throw({error, {?MODULE, Err}}) % wrap this
|
|
end.
|
|
|
|
|
|
%% @doc Read in and parse the .app file if it is available. Do the same for
|
|
%% the .app.src file if it exists.
|
|
-spec try_handle_resource_files(AppInfo, AppDir, ResourceFiles, valid | invalid | all) ->
|
|
{true, AppInfo} | false when
|
|
AppInfo :: rebar_app_info:t(),
|
|
AppDir :: file:filename(),
|
|
ResourceFiles :: [{app_resource_type(), file:filename()}].
|
|
try_handle_resource_files(AppInfo, AppDir, [{app, AppFile} | Rest], Validate) ->
|
|
AppSrcFile = proplists:get_value(app_src, Rest),
|
|
try_handle_app_file(AppInfo, AppDir, AppFile, AppSrcFile, Validate);
|
|
try_handle_resource_files(AppInfo, AppDir, [{Type, AppSrcFile} | _Rest], Validate)
|
|
when Type =:= app_src orelse Type =:= script ->
|
|
try_handle_app_src_file(AppInfo, AppDir, AppSrcFile, Validate);
|
|
try_handle_resource_files(AppInfo, AppDir, [{mix_exs, _MixExs} | Rest], Validate) ->
|
|
%% prefer a rebar3 buildable app if both are found
|
|
case try_handle_resource_files(AppInfo, AppDir, Rest, Validate) of
|
|
false ->
|
|
{true, rebar_app_info:project_type(AppInfo, mix)};
|
|
{true, _}=Result ->
|
|
Result
|
|
end;
|
|
try_handle_resource_files(_AppInfo, _AppDir, [], _Validate) ->
|
|
false.
|
|
|
|
|
|
%% @doc Read in and parse the .app file if it is available. Do the same for
|
|
%% the .app.src file if it exists.
|
|
-spec try_handle_app_file(AppInfo, AppDir, File, AppSrcFile, valid | invalid | all) ->
|
|
{true, AppInfo} | false when
|
|
AppInfo :: rebar_app_info:t(),
|
|
AppDir :: file:filename(),
|
|
File :: file:filename(),
|
|
AppSrcFile :: file:filename().
|
|
try_handle_app_file(AppInfo0, AppDir, File, AppSrcFile, Validate) ->
|
|
try create_app_info(AppInfo0, AppDir, File) of
|
|
AppInfo ->
|
|
AppInfo1 = rebar_app_info:app_file(AppInfo, File),
|
|
AppInfo2 = rebar_app_info:app_file_src(AppInfo1, AppSrcFile),
|
|
case Validate of
|
|
valid ->
|
|
case rebar_app_utils:validate_application_info(AppInfo2) of
|
|
true ->
|
|
{true, AppInfo2};
|
|
_ ->
|
|
false
|
|
end;
|
|
invalid ->
|
|
case rebar_app_utils:validate_application_info(AppInfo2) of
|
|
true ->
|
|
false;
|
|
_ ->
|
|
{true, AppInfo2}
|
|
end;
|
|
all ->
|
|
{true, AppInfo2}
|
|
end
|
|
catch
|
|
throw:{error, {Module, Reason}} ->
|
|
?DEBUG("Falling back to app.src file because .app failed: ~ts", [Module:format_error(Reason)]),
|
|
try_handle_app_src_file(AppInfo0, AppDir, AppSrcFile, Validate)
|
|
end.
|
|
|
|
%% @doc Read in the .app.src file if we aren't looking for a valid (already
|
|
%% built) app.
|
|
-spec try_handle_app_src_file(AppInfo, AppDir, AppSrcFile, valid | invalid | all) ->
|
|
{true, AppInfo} | false when
|
|
AppInfo :: rebar_app_info:t(),
|
|
AppDir :: file:filename(),
|
|
AppSrcFile :: file:filename().
|
|
try_handle_app_src_file(_AppInfo, _AppDir, undefined, valid) ->
|
|
false;
|
|
try_handle_app_src_file(_AppInfo, _AppDir, _AppSrcFile, valid) ->
|
|
false;
|
|
try_handle_app_src_file(AppInfo, AppDir, AppSrcFile, _) ->
|
|
AppInfo1 = rebar_app_info:app_file(AppInfo, undefined),
|
|
AppInfo2 = create_app_info(AppInfo1, AppDir, AppSrcFile),
|
|
case filename:extension(AppSrcFile) of
|
|
".script" ->
|
|
{true, rebar_app_info:app_file_src_script(AppInfo2, AppSrcFile)};
|
|
_ ->
|
|
{true, rebar_app_info:app_file_src(AppInfo2, AppSrcFile)}
|
|
end.
|
|
|
|
|
|
%% @doc checks whether the given app is not blacklisted in the config.
|
|
-spec enable(rebar_state:t(), rebar_app_info:t()) -> boolean().
|
|
enable(State, AppInfo) ->
|
|
not lists:member(to_atom(rebar_app_info:name(AppInfo)),
|
|
rebar_state:get(State, excluded_apps, [])).
|
|
|
|
%% @private convert a binary to an atom.
|
|
-spec to_atom(binary()) -> atom().
|
|
to_atom(Bin) ->
|
|
list_to_atom(binary_to_list(Bin)).
|
|
|
|
%% @private when looking for unknown apps, it's possible they have a
|
|
%% rebar.config file specifying non-standard src_dirs. Check for a
|
|
%% possible config file and extract src_dirs from it.
|
|
find_config_src(AppDir, Default) ->
|
|
case rebar_config:consult(AppDir) of
|
|
[] ->
|
|
{[], Default};
|
|
Terms ->
|
|
%% TODO: handle profiles I guess, but we don't have that info
|
|
{Terms, proplists:get_value(src_dirs, Terms, Default)}
|
|
end.
|